Deposit any material on any substrate with unprecedented precision.

Ideal first step into high-resolution 3D printing

If you are looking to scale up production, or a high-resolution printer for producing larger components, the MiiCraft Profession is for you.

Industry’s first hybrid/dual resolution ultra-high resolution 3D printer

Maximum productivity and system flexibility for LPBF fabrication

Suited to efficient industrial LPBF applications

The ideal combination of flexibility and productivity

The AconityMINI is Acontiy3D’s entry-level AM system. It offers a build space of Ø 140 mm and full access to all relevant process parameters.

Compact laser bed fusion machine

Designed for printing temperature-sensitive materials. Develop 3D models that replicate in vivo environments for more accurate research outcomes.

The BIONOVA X ushers in a new dimension in bioprinter usability in mind, enabling high-resolution live cell printing without compromising print speed.

Harnessing 405nm visible light, this LUMENN X DLP bioprinters offer a new degree of precision and utility to the light-based bioprinter space

Inkredible+ pneumatic-based extrusion bioprinters offer dual printheads & UV LED curing allowing quick & easy printing of living tissues.

The BIO X family of extrusion based bioprinters feature refined manufacturing processes, rigorous QC & advanced bioprinting software.

CELLINK Bioinks - ready-to-use bioink formulations and tissue-specific bioinks

Providing additive manufacturing researchers with the freedom to economically produce customised metal powders in small batches.

Ideal for metal 3D printing post-processing and other heat treatment processes requiring controlled atmospheres

Metal additive manufacturing at the micron-scale

Ultra-high resolution, accuracy and precision

NanoOne Bio - Bioprinting of cell models that mimic natural tissue.

NanoOne high throughput 3D printer with sub-micron resolution

The R GEN platform allows you to tailor your system to your specific requirements combining extrusion and light-based printing technologies.

3D bioprinting station in a biosafety enclosure, bringing the future of tissue engineering and regenerative medicine closer.

Benchtop ergonomics Computed Tomography for materials science

Next Generation Bioprinting (NGB) plaform has been developed to overcome current tissue manufacturing methods which are the bottleneck impeding standardisation, scale-up and large-scale market adoption of Tissue-Engineering products. It solves critical limitations of existing 3D bioprinting technologies thanks to single-cell resolution and learning-based methods.

High resolution industrial CT system for small/medium sized parts inspection